Electrical box, electrical switch &amp; electrical plug-in mechanism

ABSTRACT

The electrical box, switch and plug-in mechanism is an revolutionary improved electrical box design, which the newly improved design of the electrical box facilitates prompt and safe installation of the newly designed electrical box, providing ease of installation to the user/installer. The newly improved electrical box, provides a more user/installer friendly environment, reducing installation time and reducing difficulty and/or installment of the electrical box, electrical switches and electrical plug-ins. Which in turn increases safety to the user/installer with replacement of electrical switches, electrical plug-ins and/or electrical boxes. Replacement of existing electrical boxes with the newly improved electrical box design allows the user/installer to easily and quickly replace electrical switch(s) and/or electrical plug-in(s) without touching/interfacing with electrical wiring within the improved electrical box plug-in type design. The newly improved electrical box contains electrical terminals for connection of electrical quick connect plug-in(s) allowing the installer to install/connect the electrical switch(s) or electrical plug-in(s) or other mechanical devices within the electrical box finalizing the electrical circuit connection. Installation of the electrical box plug-in type design increases safety to the user/installer when installing/connecting an electrical switch(s) or electrical plug-in(s), providing safety, quick and easy installation to the user/installer. 
     Improvements of the newly designed electrical box will not alter operation of current electrical switch(s) and/or electrical plug-in(s), the electrical box reduces exposure to electrical wiring within the electrical box increasing safety to the user/installer. Connectibility of the electrical wiring to the newly designed electrical box eliminates exposure to electrical wiring protecticting the user/installer when installing/connecting electrical switche(s) or electrical plug-in(s) to the electrical box. 
     Specific design features/improvements are incorporated into the electrical box are unlike the design of conventional electrical boxes. Design features and improvements include: male/female electrical wire receptacle terminals, labeled electrical wiring receptacle terminals, socket head receptacle fastening set screws and threaded electrical wiring

CROSS REFERENCE TO RELATED APPLICATIONS

This application claims the benefit of U.S. Provisional Patent Application No. 62/391,123, filed Apr. 21, 2016.

Field of classification search (174/50; 174/53; 174/59; 174/66; 174/520; 200/315; 307/112; 315/360; 361/42; 361/807; 439/136; 439/521; 439/535; 439/539; 439/625) International classification (B23P 11/00; B23P 17/00; B602 1/00; H05B 33/0845; H01H 1/36; H01H 3/38; H01H 9/02; H01H 21/02; H01H 21/025; H01H 23/16; H01H 33/72; H01H 33/182; H01H 47/00; H01H 47/22; H01H 50/16; H02B 1/24; H02G 3/08; H02G 3/10; H02G 3/12; H02G 3/14; H02G 3/18; H02G 3/086; 4/42; H05K 5/00; H05K 5/03; H05K 13/00; H05K 5/02; H05K 7/04; H05K 5/0217; H01R 4/42; H01R 13/58; H01R 13/60; H01R 13/66; H01R 13/73; H01R 13/74; H01R 13/514; H01R 13/703; H01R 13/748; H01R 13/6675; H01R 25/00; H01R 25/006; HR01R 13/154; H04N 7/188; G08B 13/24; G08B 13/196; G11C 11/419) U.S. classification CPC (B602 1/00; F21V 23/00; F21V 23/001; F21V 23/02; F21V 23/04; F21V 23/023; G05F 3/02; G08B 13/19639; H01H 1/36; H01H 3/60; H01H 9/54; H01H 21/02; H01H 21/04; H01H 21/30; H01H 23/04; H01H 23/16; H01H 47/00; H01H 47/22; H01H 50/16; H01R 3/14; H02G 3/08; H02G 3/10; H02G 3/12; H01R 25/00; H01R 2103/00; H02B 1/24; H02G 3/14; H02G 3/16; H02G 3/18; H02G 3/081; H05K 5/03; H05B 33/08; G08B 13/249), and U.S. classification USPC (174/50; 174/53; 174/59; 174/66; 174/520; 200/315; 307/112; 315/360; 361/42; 361/807; 439/136; 439/521; 439/535; 439/539; 439/625).

STATEMENT REGARDING FEDERALLY SPONSORED RESEARCH OR DEVELOPMENT

Not Applicable.

NAMES OF THE PARTIES TO A JOINT RESEARCH AGREEMENT IF THE CLAIMED INVENTION WAS MADE AS A RESULT OF ACTIVITIES WITHIN THE SCOPE OF A JOINT RESEARCH AGREEMENT

Not Applicable.

REFERENCE TO A “SEQUENCE LISTING,” A TABLE, OR A COMPUTER PROGRAM LISTING APPENDIX SUBMITTED ON A COMPACT DISC AND AN INCORPORATION BY REFERENCE OF THE MATERIAL ON THE COMPACT DISC. THE TOTAL NUMBER OF COMPACT DISC INCLUDING DUPLICATES AND THE FILES ON EACH COMPACT DISC SHALL BE SPECIFIED

Not Applicable.

BACKGROUND OF THE INVENTION

An electrical box, electrical switch and electrical plug-in mechanism that consists of a newly improved electrical box design consisting of electrical terminals and/or electrical receptacles for an electrical wire to be connected via male/female connection to an electrical switch or an electrical plug-in. An electrical box connection consists of an improved electrical wire installation connection completing the electical circuit within the electrical box minimizing contact with electrical wiring.

An electrical box, electrical switch and electrical plug-in mechanism consists of male/female electrical terminal and/or electrical receptacle connections allowing the user/installer to install/replace an electrical switch or electrical plug-in with ease with the newly designed electrical box.

Current installations of electrical boxes with electrical switches or electrical plug-ins are unsafe to the user/installer via existing electrical box design(s), fastened by screw(s) and exposed wires to the user/installer. The current electrical box has corrected this unsafe design, making it safer/quicker/easier for the user/installer. Specific design improvements include a newly designed electrical box, electrical switch and electrical plug-in mechanism design allowing the user/installer to replace an electrical switch or electrical plug-in without being exposed to the electrical wiring, reducing the risk of shock, serious injury and/or death. Improvements of the electrical box will increase installation efficiency with replacement of current electrical boxes, providing a quick and easy installation/replacement to the user/installer when replacing existing electrical boxes.

Installation/replacement of a new electrical box, electrical switch and electrical plug-in mechanism design will allow safe, quick and easy replacement of existing electrical switches or electrical plug-ins with the newly improved electrical box will be significantly safer for the user/installer. The new design allows the user/installer to update current/existing electrical boxes with a safer newly designed electrical box. The newly designed electrical box allows the user/installer to safely install the newly designed electrical box device, updating the existing electrical box which is unsafe with exposed electrical wiring connections. The newly designed electrical box allows the user/installer to install/replace an electrical switch or an electrical plug-in, reducing exposure to the existing electrical wires, which increases safety to the user/installer during installation. The newly designed electrical box allows the user to quickly attach/remove an electrical switch or an electrical plug-in with ease, allowing the user/installer to safely attach/remove the electrical plug-in or electrical switch.

The improvements of an electrical box, electrical switch and electrical plug-in mechanism will function as intended/designed via earlier developed electrical boxes, electrical switches and electrical plug-ins. Futher improvements of the electrical box, electrical switch and electrical plug-in mechanism will increase the safety to the user/installer with the newly designed electrical box connection. Improvements include a power connector header wiring connection (male molex electrical wiring connection—switch/plug-in) connected/fastened to a power crimp housing plug (female molex electrical wiring connection—switch/plug-in). The power crimp housing plug electrical wiring is secured/fastened to an electrical box, which in turn completes the electrical curcuit from an electrical box to the electrical switch/plug-in. Conventional electrical boxes consist of exposed electrical wiring connections, increasing the risk of electrical shock to the user/installer, improvements to an electrical box allows the user/installer to complete the wiring connection inside of the electrical box with socket head receptacle fastening set screws. Conventional electrical switches and/or electrical plug-ins are unsafe to the user/installer, current electrical switches and/or electrical plug-ins are supplied with fastening screws, which increases installation time and in return exposing electrical wiring to the user/installer during installation. Installation of the newly improved electrical box, electrical switch or electrical plug-in design alows the user/installer to update the existing electrical box(s) without having additional wiring, with the exception of the existing wiring connected to the terminals inside of the old existing electrical box to be replaced. Installation/replacement of the existing electrical wiring is simple for the user/installer, allowing the use/installer to reuse/connect the existing supply wiring inside of an electrical box with socket head receptacle fastening set screws, fastening the existing supply electrical wiring inside of an electrical box.

BRIEF SUMMARY OF THE INVENTION

The newly improved electrical box, electrical switch and electrical plug-in mechanism is more user/installer friendly, which reduces installation time and in return reduces the difficulty and increases safety to/for user/installer installing/replacing electrical boxes, electrical switches or electrical plug-ins.

In brief, an improved electrical box, electrical switch and electrical plug-in mechanism design allows the user/installer to install/replace an electrical switch or an electrical plug-in, reducing exposure to the existing electrical wires, increasing safety to the user/installer during installation, while reducing/decreasing, risk of shock and/or death. Thus making the installation/replacement of an electrical box, electrical plug-in or electrical switch safe, fast and easy for the user/installer.

BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWING

The following changes and specific design improvements of this current invention will become starkly apparent from the following detailed description of the invention, when taken into consideration with the drawings, in which:

FIG. 1 is an exploded sectional view of an electrical box, electrical switch and electrical plug-in of FIG. 2, FIG. 3, FIG. 4 & FIG. 5;

FIG. 2 is a perspective view of an electrical box and exploded view of a electrical boxes electrical connection in accordance with the present invention;

FIG. 3 is a side view of an electrical box, electrical switch and electrical plug-in;

FIG. 4 is a rear view of an electrical swich and electrical plug-in;

FIG. 5 is a rear view, side view and a front view of an electrical box.

DETAILED DESCRIPTION OF THE INVENTION

Turning to FIG. 1, an electrical box, electrical switch and electrical plug-in in accordance with the current invention, is illustrated. Electrical box, electrical switch and electrical plug-in references a 16 d 3¼″ bright common framing nail 1 for attaching an electrical box 8 with installation of an electrical box 8. An electrical box 8 further includes a electrical switch/plug-in wallplate aperturere 2 to install/attach a wallplate a electrical switch and plug-in 9. Further referencing an electrical box 8 includes a power crimp housing plug 7 for quick and easy installation/replacement of an electrical switch and electrical plug-in 9. A power crimp housing plug 7 (male electrical wiring connection) includes a power/power in electrical wire 4, neutral/power out electrical wire 5 and a ground electrical wire 6, which connects to a power connector header 9 (female electrical connection) completing the electrical connection between a power crimp housing plug 7 and a power connector header 9 with an electrical box 8. Socket head receptacle fastening set screws 3 secure a power/power in electrical wire 4, neutral/power out electrical wire 5 and a ground electrical wire 6, within an electrical box 8 completing an electrical wiring circuit from an electrical box 8.

Referring to FIG. 2, an electrical box in accordance with the current invention, is illustrated. An electrical box 8 includes a 16 d 3¼″ bright common framing nail 1 to attach/mount an electrical box 8. An electrical box 8 further includes a electrical switch/plug-in wallplate aperturere 2 to install/attach a wallplate to cover the electrical components located within an electrical box 8. Electrical wiring connections within an electrical box 8 are labeled power/power in—electrical supply (PWR/PWR IN) 4 a, power/power out—electrical supply (PWR OUT/NEU) 5 a and ground—electrical supply (GRD) 6 a providing an electrical connection. Electrical box wiring connections are shown in detail B referencing a magnified perspective view labeled power/power in—electrical supply (PWR/PWR IN) 4 a, power/power out—electrical supply (PWR OUT/NEU) 5 a and ground—electrical supply (GRD) 6 a to assist the user/installer with installation/connection of electrical wiring within the electrical box 8. A power crimp housing plug 7 (male electrical wiring connection) includes a power/power in electrical wire 4, neutral/power out electrical wire 5 and a ground electrical wire 6 which is secured with socket head receptacle fastening set screws 3, illustrated in FIG. 1, a power/power in electrical wire 4, neutral/power out electrical wire 5 and a ground electrical wire 6, complete an electrical wiring connection within an electrical box 8. An electrical wiring connection wiring harness is comprised of twelve gauge stranded/coated/flexible electrical wiring which is affixed to a power crimp housing plug (male electrical wiring connection) 7 within the electrical box 8. Referencing further to FIG. 1, a power crimp housing plug (male electrical wiring connection) 7 is secured/fastened with socket head receptacle fastening set screws 3, electrical wiring (power/power in, neutral/power out and ground) and electrical wiring connection for an electrical switch and/or electrical plug-in 9 within the electrical box 8 which includes a electrical switch or electrical plug-in installation/removal/replacement for compatibility of an electrical box 8.

Referring to FIG. 3, an electrical box in accordance with the current invention, is illustrated. An electrical box 8 which is illustrated in FIG. 3, an electrical switch and/or electrical plug-in 9 installed into an electrical box 8 including a 16 d 3¼″ bright common framing nail 1 to attach/mount an electrical box 8.

Referring to FIG. 4, an electrical switch and/or plug-in 9 in accordance with the current invention, is illustrated. An electrical switch and/or plug-in 9 references the backside of an electrical switch and/or plug-in, with a power connector header 9 (female electrical wiring connection), which in turn, connects to a power crimp housing plug 7 (male electrical wiring connection) to complete an electrical circuit/connection.

Referring to FIG. 5, an electrical box in accordance with the current invention, is illustrated. An electrical box 8, illustrated in FIG. 5, an electrical box 8 referencing a rear view, side view and a front view of an electrical box 8. Illustrated in FIG. 5, a rear, side and front perspective view design of the electrical box 8, electrical switch/plug-in wallplate apertures 2, power/power in - electrical supply 4 a, neutral/power out—electrical supply 5 a and a ground—electrical supply.

A electrical box, electrical switch and electrical plug-in mechanism consists of a newly improved wall box design. An electrical box replaces an existing electrical box, and in turn, reusing existing electrical wiring (20 AMPS capacity) provided with removal/replacement of the existing electrical box. An electrical box, electrical switch and electrical plug-in mechanism provides easy installation/removal to a user/installer with the newly designed electrical box, electrical switch and electrical plug-in.

An electrical box, electrical switch and electrical plug-in mechanism will also allow for fast and easy replacement of electrical box recepticles (standard 2″×4″ stud boards) in construction and/or replacement for the user/installer. Replacing/updating an existing electrical box, electrical switch and/or electrical plug-in with an improved electrical box, electrical switch and electrical plug-in will be significantly safer and quicker for the user/installer. Design features of the electrical box allows the user/installer to safely install the newly designed electrical box, electrical switch and electrical plug-in with an existing wiring connection. Further design features of an electrical box, electrical switch and/or plug-in will allow a user/installer to install/replace an electrical box, electrical switch and/or electrical plug-in, reducing electrical exposure to existing electrical wires, increasing safety to the user/installer during installation, reducing the risk of electrical shock and/or death. Thus making the installation/replacement of an electrical box, electrical plug-in or electrical switch safe, fast and easy for the user/installer.

An electrical box, electrical switch and/or electrical plug-in mechanism provides a newly improved design, allowing the user/installer to complete a electrical wiring connecection inside of an electrical box with a power crimp housing plug and a power connector header. Current electrical switches or electrical plug-ins are unsafe to the user/installer via existing electrical box design(s), fastened with screw(s) and exposure to electrical wiring to a user/installer. The newly designed electrical box, electrical switch and/or plug-in has corrected/improved this unsafe design, increasing safety/installation to user/installer. Installation of a newly improved electrical box, electrical switch and/or electrical plug-in mechanism allows the user/installer to update/replace an existing electrical box, electrical switch and/or plug-in without requiring additional electrical wiring, with the exception of the existing wiring connection replacing the old existing electrical box, electrical switch and/or electrical plug-in. Installation of existing electrical wiring is simple for the user/installer, allowing the user/installer to connect existing electrical wiring to an improved electrical box, attaching/securing existing electrical wiring to a newly designed electrical box.

A newly improved electrical box, electrical switch and electrical plug-in mechanism is more user/installer friendly, reducing installation time and reducing difficulty, increasing safety to a user/installer with installation/replacement of electrical boxes, electrical switches or electrical plug-ins.

In brief, a newly improved electrical box, electrical switch and electrical plug-in allows the user/installer to replace an electrical box, electrical switch or electrical plug-in, reducing exposure to electrical wiring, reducing the risk of shock and/or death. Installation/replacement of an electrical box, electrical switch or electrical plug-in will provide a safe installation environment, quick/safe installation, providing a less complicated electrical wiring installation of a electrical box, electrical switch and electrical plug-in via user/installer during installation.

Various changes, improvements and modifications to the electrical box, electrical switch and electrical plug-in, will be clearly recognized in the illustrations. Such modifications and specific design improvements of this current invention, along with a detailed description, are intended and included within the scope which is assessed only by a fair interpretation of the following claims.

Having fully described the improvements, along with a detailed description, in a clear and concise manner, to help assist with the understanding of the invention claimed.

SEQUENCE LISTING (IF ANY)

Not Applicable. 

1. An electrical box, electrical switch and electrical plug-in mechanism design is more user/installer friendly, reducing installation time and in return reducing difficulty of installation and increasing safety to/for user/installer installing/replacing electrical boxes, electrical switches or electrical plug-ins comprising: a) power connector header (female to male electrical wire terminal) connection within the electrical box; b) power supply electrical wiring receptacle connections within the electrical box (power/power in, neutral/power out and ground); c) labeled electrical wiring receptacle terminals (power/power in, neutral/power out and ground); d) socket head receptacle fastening set screws (electrical curcuit connection power/power in, neutral/power out and ground); e) threaded electrical wiring receptacle apertures to fasten the electrical wiring within the electrical box. an electrical box consists of an alernating current power supply (AC) which powers electronic devices through plug-ins and/or switches which allows electricity to interface with powered accessories connected to the primary AC power supply in a building and/or residence. The electrical box consists of the electrical box configuration to facilitate prompt and safe installation, providing ease of installation to the user/installer; an electrical box is designed to accommodate electrical wiring, electrical plug-ins and/or electrical switches; an electrical box accomodates electrical plug-ins and/or electrical switches, connecting electrical wiring to electrical plug-ins and/or electrical switches in a residential building and/or commercial building; an electrical plug-in consists of a male connection and female connection. The male connection, known as blades on a plug-in, are two pronged, and referred to as a male (power) connection on the plug-in, which is located just above the rounded portion of female connection on the plug-in. The female connection known as slots or holes on the plug-in are one pronged, referred to as a female (ground) connection, which consists of a rounded single plug design, located just below the two pronged blades known a the male connection on the plug-in; an electrical switch consists of two conductive pieces called contacts which are connected to an external circuit, that come into contact with each other, closing to complete an electrical circuit, and separate from each other to open and/or break the electrical circuit. An electrical switch is an electrical interface design that allows the electrical circuit to be interrupted which can broken by interrupting the current by diverting it from one conductor to another. a electrical box allows the user/installer to complete the wiring connecection inside of the electrical box with a simple plug-in design versus the current design of bare wires exposed to the user/installer to complete the connection during installation of an existing electrical switch and/or electrical plug-in. Current electrical switches or electrical plug-ins are unsafe to the user/installer via existing electrical box design(s), fastened by screw(s) and exposed wires to the user/installer. The current electrical box has resolved this unsafe design feature with socket head receptacle fastening set screws located on the backside of the electrical box making it safer/quicker/easier for the user/installer. Specific design improvements of the newly designed electrical box, electrical switch and electrical plug-in mechanism design include the user/installer to replace an electrical switch or electrical plug-in efficiently, reducing exposure to the electrical wiring, while reducing the risk of shock and/or death. These improvements are specific to the user/installer with replacement/instalment of electrical plug-in(s) or electrical switch(s), providing a quick, easy and safe installation for the user/installer.
 2. A electrical box as defined in claim 1, wherein an electrical box provides labeled electrical wiring receptacle terminals (power/power in, neutral/power out and ground) to increase efficiency/safety to the user/installer when fastening/connecting electrical wiring receptacle connections to an electrical box.
 3. A electrical box as defined in claim 1, wherein an electrical box has an enclosure which houses electrical wiring within an electrical box, protecting/safe guarding the user/installer from exposed electrical wiring connections; electrical feed/supply (power/power in, neutral/power out and ground) wiring connections are completed/fastened within an electrical box via socket head receptacle fastening set screws.
 4. A electrical box as defined in claim 2, wherein socket head receptacle fastening set screws complete an electrical wiring connection with the feed/supply (power/power in, neutral/power out and ground) in conjunction with the wiring receptacle connections (electrical switch and/or electrical plug-in) within an electrical box.
 5. A electrical box as defined in claim 1, wherein an electrical box has an internal electrical wiring connection which feeds/supplies electricity to a power crimp housing plug (male electrical wire terminal connection) which is connected to a power connector header (female electrical switch and/or female electrical plug-in) electrical wiring connection within the electrical box; an electrical wiring curcuit is completed when the connections of a power crimp housing plug and a power connector header are completed/fastened within an electrical box via socket head receptacle fastening set screws, supplying electricity to an electrical switch and/or electrical plug-in.
 6. A electrical box as defined in claim 1, wherein an electrical box has threaded electrical wiring receptacle apertures to fasten both internal/external electrical wiring with socket head receptacle fastening set screws to an electrical box; threaded electrical wiring receptacle apertures provide safe/secure electrical wiring connections, facilitated with socket head receptacle fastening set screws reducing difficulty with installation time, minimizing exposure to bare electrical wiring and increasing safety to the user/installer with installation. 